Bitcoin Needs Only 2 Steps To Become Quantum-Resistant, Core Dev Says

bitcoinistОпубликовано 2026-02-23Обновлено 2026-02-23

Введение

Bitcoin core developer Matt Corallo refutes claims that developers are ignoring quantum threats, proposing a two-step roadmap for quantum resistance. First, enable post-quantum key commitments using hash-based signatures, a step with growing consensus. Second, decide later when to disable vulnerable legacy spend paths, a more politically challenging move. Corallo argues most wallets already have quantum-safe features at the derivation layer, reducing migration complexity. He emphasizes ongoing work is active, citing research at Blockstream and Chaincode Labs, and disputes the narrative that quantum risk is being neglected. The goal is a low-cost upgrade path that prepares Bitcoin without immediate fee increases.

Bitcoin open-source engineer Matt Corallo pushed back on claims that Bitcoin developers are “sleepwalking” on quantum risk, arguing instead that a practical post-quantum roadmap is already taking shape and may be simpler than critics suggest. Speaking on the Unchained podcast episode published Feb. 22, Corallo said the key work can be framed in two main steps: enable post-quantum key commitments first, then decide later when to disable vulnerable legacy spend paths.

Corallo’s appearance was a direct response to criticism popularized by Castle Island Ventures’ Nick Carter, who has argued Bitcoin developers are not treating the quantum threat with sufficient urgency. Corallo said that characterization misses both the amount of ongoing work and an important technical point about how many Bitcoin wallets already function.

He argued that most wallets using seed phrases already have a quantum-safe anchor at the wallet-derivation layer, even if the on-chain public key and signature scheme remain vulnerable to a future cryptographically relevant quantum computer. In his telling, that meaningfully changes the migration problem and could reduce how much disruption is required if the threat becomes urgent.

Corallo’s 2-Step Roadmap For Bitcoin

Corallo repeatedly returned to what he called the core sequence for Bitcoin’s quantum preparation. “There are only two steps,” he said. “The first relevant step is just adding the ability to commit to a postquantum public key. I think that should be done soon.”

He added that this first phase is increasingly converging around hash-based signatures, with current discussion focused less on whether to do it and more on exact implementation details. Corallo said he sees “pretty strong consensus” around hash-based approaches and pointed to work tied to BIP 360, while also noting debate continues on the precise format.

The second step, in his framing, is the politically harder one: deciding when legacy, quantum-vulnerable spend paths should no longer be accepted. That is the point where old coins that have not migrated — including lost or abandoned coins — become part of a market-driven fork decision, in his view.

Corallo’s argument for moving early on the first step but delaying the enforcement switch rests on cost and wallet behavior. He said wallets can start committing to post-quantum public keys now without immediately paying the size and fee overhead of using large post-quantum signatures on-chain.

“You really want an upgrade path that is free for now,” Corallo said. “The wallets know how to spend it. They know how to build these keys, how to sign with these keys. They just don’t have to use it yet.”

He argued this avoids a scenario where wallets postpone upgrades because post-quantum transactions are larger and more expensive, while still preparing the system for a future enforcement moment.

The ‘Nobody Is Working On It’ Narrative

Corallo also disputed the idea that Bitcoin development circles are ignoring the issue. He pointed to research and engineering work at organizations including Blockstream Research and Chaincode Labs, cited Ethan Heilman and co-authors working on BIP 360, and said post-quantum discussion on the Bitcoin developer mailing list has grown steadily.

At one point, he said mailing-list discussion has risen to “30 or 40%” of posts, describing that as evidence of sustained attention rather than neglect.

Corallo did not argue the problem is trivial. He acknowledged migration of active wallets could take years and said critics are right that the social and market consequences of disabling insecure spend paths would be contentious. But his central claim was narrower: Bitcoin does not need a fully finalized end-state today to begin meaningful preparation now.

At press time, BTC traded at $65,953.

Bitcoin must reclaim the 200-week EMA, 1-week chart | Source: BTCUSDT on TradingView.com

Связанные с этим вопросы

QWhat are the two main steps in Matt Corallo's roadmap to make Bitcoin quantum-resistant?

AThe two main steps are: 1. Enable post-quantum key commitments, and 2. Decide when to disable vulnerable legacy spend paths.

QAccording to Corallo, why is the second step of disabling legacy spend paths considered politically harder?

AIt is politically harder because it involves a contentious decision on when to stop accepting old, quantum-vulnerable transactions, which would affect un-migrated coins and create a market-driven fork.

QWhat type of post-quantum signature scheme is gaining consensus among Bitcoin developers, as mentioned by Corallo?

AThere is 'pretty strong consensus' around hash-based signature schemes, with ongoing work related to BIP 360.

QHow does Corallo counter the narrative that Bitcoin developers are ignoring the quantum threat?

AHe points to increased discussion on the Bitcoin developer mailing list (up to '30 or 40%' of posts) and research work at organizations like Blockstream Research and Chaincode Labs, including efforts on BIP 360.

QWhat practical advantage does Corallo see in enabling post-quantum key commitments first, without immediately using large signatures?

AIt provides a 'free for now' upgrade path, allowing wallets to prepare for the future without incurring the immediate cost and size overhead of large post-quantum signatures, thus avoiding upgrade delays.

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